Review of global trends in meeting the ecological challenges of the mining industry. Part I: International research

IF 0.4 Q4 MINING & MINERAL PROCESSING Eurasian Mining Pub Date : 2022-06-30 DOI:10.17580/em.2022.01.19
I. Zenkov, E. V. Kiryushina, V. N. Vokin, Yu. A. Maglinets
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Abstract

soil quality in artificial revegetation, surface and underground mine water treatment and quality analysis, phyto-remediation of disturbed land, recovery of vegetation diversity, investigation of suitability of mined-out open pits and overburden dumps for colonization by insects, birds and wild animals, study of suitability of mined-out pit voids for colonization by aquatic fauna, analysis of soil pollution with heavy metals and cancerogenic substances in the course of mineral mining and processing, after-effect of mining on people health, preservation of the vegetable world and wildlife in the mining-adjacent areas, as well as administration of interaction between mining companies, governmental authorities, civil society and environmental agencies. Each of these trends is promising for the further research and analysis. To our opinion, these trends are correlated and represent an integral system defined as interaction of the vegetable, aquatic, animal and human worlds. This interaction needs persistent improvement of mining ecology and minimization of the environmental impact of industry. The associate problem solving widely uses eco-mathematical modeling, specialized experimentation at a laboratory scale and accumulation of in-situ information.
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审查应对采矿业生态挑战的全球趋势。第一部分:国际研究
人工植被中的土壤质量、地表和地下矿井水处理和质量分析、扰动土地的植物修复、植被多样性的恢复、对采空露天矿坑和覆盖层堆放场是否适合昆虫、鸟类和野生动物定殖的调查、采空矿坑是否适合水生动物定殖,分析矿物开采和加工过程中重金属和致癌物质对土壤的污染,采矿对人类健康的影响,保护采矿邻近地区的蔬菜世界和野生动物,以及管理矿业公司、政府当局、民间社会和环境机构之间的互动。这些趋势中的每一个都有希望进行进一步的研究和分析。在我们看来,这些趋势是相互关联的,代表了一个完整的系统,定义为蔬菜、水生、动物和人类世界的相互作用。这种相互作用需要持续改善采矿生态,并将工业对环境的影响降至最低。关联问题解决广泛使用生态数学建模、实验室规模的专业实验和现场信息积累。
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来源期刊
Eurasian Mining
Eurasian Mining MINING & MINERAL PROCESSING-
CiteScore
2.70
自引率
28.60%
发文量
21
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